It is of great interest of nanotechnology, as as an important and fundamental sub-area of material science, the understanding of the physical/chemical properties of nanomaterials and how they behave under different environment conditions at nanometric scale. [1]}, [2]}, [3]}.
Since the graphene extraction[4]}, a lot of theoretical and experimental works brought us closer to improving quality in applicability and development of new materials with superior qualities to the existing ones [5]}, [6]}, [7]}. Transistors in the improvement of electron-device [8]}, graphene with applications for conventional plasmonics fields [9]}, graphene-based composites in \(Li\) -ion batteries applications, fuell cells, photovoltaic devices, supercapacitors and photocaralysis graphene-based materials [10]}, [11]}, are examples that, without an electronic gap, graphene-based semiconductor nanodevices have very limited applicability. [12]}.
